/* DATA DESCRIPTION: Citation: Schweingruber, Fritz Hans; Frei, Sybille (2007): Tree-ring measurements of Picea abies (Norway spruce) from sample VOROPCTR-31. Swiss Federal Institute for Forest, Snow and Landscape Research, PANGAEA, https://doi.org/10.1594/PANGAEA.600153 Project(s): Northern Hemispheric Dendroclimatological Network (NHD/WSL) (URI: http://www.wsl.ch/dendro/) Coverage: LATITUDE: 63.260000 * LONGITUDE: 43.330000 MINIMUM ELEVATION: 120.0 m * MAXIMUM ELEVATION: 120.0 m Event(s): VOROPCTR * LATITUDE: 63.260000 * LONGITUDE: 43.330000 * ELEVATION: 120.0 m * LOCATION: Voroney, Russia * CAMPAIGN: WDD (URI: http://www.wsl.ch/dendro/dendrodb.html) * METHOD/DEVICE: Tree ring sampling (TREE) * COMMENT: Exposition S; Slope 30 deg; Geology: Weak podsol; av. Tree height 26 m; Tree cover 70%; Shrub cover 5%; Herb cover 80%; Moss cover 15%; Vegatation type: Boreal taiga; Film number: 892A Comment: Species PCAB; No of rings 219; Begin 1772; End 1990 Parameter(s): AGE [ka BP] (Age) * GEOCODE Age [a AD/CE] (Age) * PI: Schweingruber, Fritz Hans (fritz.schweingruber@wsl.ch) Density, minimum [1/100 g/cm**3] (N) * PI: Schweingruber, Fritz Hans (fritz.schweingruber@wsl.ch) Density, maximum [1/100 g/cm**3] (X) * PI: Schweingruber, Fritz Hans (fritz.schweingruber@wsl.ch) Earlywood width [1/100 mm] (E) * PI: Schweingruber, Fritz Hans (fritz.schweingruber@wsl.ch) Latewood width [1/100 mm] (L) * PI: Schweingruber, Fritz Hans (fritz.schweingruber@wsl.ch) Ring width [1/100 mm] (R) * PI: Schweingruber, Fritz Hans (fritz.schweingruber@wsl.ch) Earlywood density [1/1000 g/cm**3] (I) * PI: Schweingruber, Fritz Hans (fritz.schweingruber@wsl.ch) Latewood density [1/1000 g/cm**3] (T) * PI: Schweingruber, Fritz Hans (fritz.schweingruber@wsl.ch) Approximate age of pith [a] (Age_pith) * PI: Schweingruber, Fritz Hans (fritz.schweingruber@wsl.ch) License: Creative Commons Attribution 3.0 Unported (CC-BY-3.0) (URI: https://creativecommons.org/licenses/by/3.0/) Size: 1971 data points */ Age [ka BP] Age [a AD/CE] N [1/100 g/cm**3] X [1/100 g/cm**3] E [1/100 mm] L [1/100 mm] R [1/100 mm] I [1/1000 g/cm**3] T [1/1000 g/cm**3] Age_pith [a] -0.040 1990 25 71 28 9 37 305 644 226 -0.039 1989 24 70 41 13 54 328 625 225 -0.038 1988 21 83 64 11 75 299 731 224 -0.037 1987 19 70 74 11 85 280 588 223 -0.036 1986 25 82 38 10 48 356 733 222 -0.035 1985 23 67 46 11 57 290 591 221 -0.034 1984 21 76 44 12 56 300 667 220 -0.033 1983 25 58 31 11 42 297 534 219 -0.032 1982 30 76 19 7 26 390 680 218 -0.031 1981 24 80 41 9 50 296 691 217 -0.030 1980 25 77 51 11 62 326 691 216 -0.029 1979 24 86 47 9 56 320 775 215 -0.028 1978 27 66 31 9 40 337 595 214 -0.027 1977 29 70 26 9 35 374 643 213 -0.026 1976 27 59 20 7 27 318 542 212 -0.025 1975 30 66 19 5 24 364 601 211 -0.024 1974 26 68 30 8 38 324 602 210 -0.023 1973 27 78 41 12 53 347 711 209 -0.022 1972 20 72 45 10 55 311 653 208 -0.021 1971 32 72 38 12 50 380 668 207 -0.020 1970 29 86 35 10 45 374 772 206 -0.019 1969 29 75 27 9 36 374 687 205 -0.018 1968 29 72 35 7 42 359 634 204 -0.017 1967 35 75 19 9 28 416 665 203 -0.016 1966 26 88 48 14 62 358 784 202 -0.015 1965 24 81 46 14 60 336 708 201 -0.014 1964 23 63 25 16 41 296 547 200 -0.013 1963 28 66 14 7 21 350 606 199 -0.012 1962 29 67 16 6 22 369 618 198 -0.011 1961 25 58 25 7 32 305 538 197 -0.010 1960 25 70 28 8 36 336 630 196 -0.009 1959 24 68 30 8 38 307 605 195 -0.008 1958 28 61 16 11 27 351 568 194 -0.007 1957 29 61 30 9 39 335 562 193 -0.006 1956 28 75 34 14 48 356 680 192 -0.005 1955 28 82 30 12 42 357 725 191 -0.004 1954 22 76 34 5 39 305 696 190 -0.003 1953 29 74 33 12 45 357 670 189 -0.002 1952 25 81 31 9 40 325 718 188 -0.001 1951 27 76 32 7 39 354 711 187 0.000 1950 30 70 19 12 31 377 645 186 0.001 1949 27 79 32 7 39 321 730 185 0.002 1948 24 79 43 11 54 317 707 184 0.003 1947 25 77 38 12 50 338 692 183 0.004 1946 27 82 27 9 36 349 739 182 0.005 1945 21 73 47 8 55 296 656 181 0.006 1944 23 70 34 9 43 315 619 180 0.007 1943 23 77 50 7 57 319 694 179 0.008 1942 23 83 56 14 70 328 746 178 0.009 1941 22 73 44 6 50 297 687 177 0.010 1940 21 83 65 13 78 303 735 176 0.011 1939 21 90 69 15 84 322 803 175 0.012 1938 24 93 77 17 94 323 825 174 0.013 1937 26 89 46 12 58 337 829 173 0.014 1936 25 72 43 16 59 326 667 172 0.015 1935 24 79 54 9 63 308 682 171 0.016 1934 23 85 75 13 88 325 757 170 0.017 1933 23 83 76 20 96 331 730 169 0.018 1932 25 83 66 13 79 353 716 168 0.019 1931 24 95 66 15 81 340 837 167 0.020 1930 23 82 59 14 73 338 731 166 0.021 1929 26 77 60 12 72 342 664 165 0.022 1928 24 83 52 15 67 338 747 164 0.023 1927 24 91 49 13 62 372 818 163 0.024 1926 24 80 63 10 73 331 734 162 0.025 1925 22 82 65 19 84 310 731 161 0.026 1924 24 92 80 15 95 340 824 160 0.027 1923 25 85 55 11 66 336 763 159 0.028 1922 25 87 67 26 93 361 779 158 0.029 1921 22 97 54 13 67 368 891 157 0.030 1920 30 92 59 14 73 395 847 156 0.031 1919 28 89 46 14 60 353 806 155 0.032 1918 22 82 46 14 60 320 719 154 0.033 1917 24 89 47 19 66 325 802 153 0.034 1916 23 74 36 10 46 320 659 152 0.035 1915 23 76 44 8 52 323 674 151 0.036 1914 26 79 44 11 55 339 734 150 0.037 1913 22 91 46 10 56 332 805 149 0.038 1912 22 84 48 9 57 315 751 148 0.039 1911 23 85 48 10 58 329 736 147 0.040 1910 26 90 35 11 46 351 825 146 0.041 1909 26 90 47 12 59 338 812 145 0.042 1908 28 94 35 15 50 386 826 144 0.043 1907 28 93 43 13 56 378 838 143 0.044 1906 27 91 40 14 54 396 814 142 0.045 1905 27 92 34 13 47 371 842 141 0.046 1904 23 87 32 10 42 362 798 140 0.047 1903 26 93 34 15 49 371 844 139 0.048 1902 26 89 44 7 51 346 773 138 0.049 1901 24 86 39 8 47 332 782 137 0.050 1900 25 86 44 13 57 343 797 136 0.051 1899 27 77 36 17 53 364 718 135 0.052 1898 26 94 53 11 64 376 861 134 0.053 1897 30 93 27 7 34 390 828 133 0.054 1896 26 90 26 9 35 348 805 132 0.055 1895 28 79 17 4 21 381 721 131 0.056 1894 27 79 25 8 33 364 716 130 0.057 1893 25 87 26 6 32 384 834 129 0.058 1892 29 85 29 8 37 377 732 128 0.059 1891 29 83 28 10 38 392 739 127 0.060 1890 23 73 31 9 40 315 634 126 0.061 1889 23 88 38 6 44 359 794 125 0.062 1888 26 77 32 14 46 343 669 124 0.063 1887 25 88 48 10 58 324 776 123 0.064 1886 30 87 45 13 58 378 777 122 0.065 1885 26 95 49 15 64 390 825 121 0.066 1884 24 79 39 15 54 348 731 120 0.067 1883 26 77 40 11 51 398 703 119 0.068 1882 28 89 33 8 41 379 816 118 0.069 1881 26 82 23 9 32 370 768 117 0.070 1880 26 87 33 9 42 343 806 116 0.071 1879 27 92 32 6 38 375 813 115 0.072 1878 25 86 47 10 57 361 754 114 0.073 1877 28 84 26 11 37 350 756 113 0.074 1876 29 84 26 7 33 384 772 112 0.075 1875 28 83 25 7 32 345 744 111 0.076 1874 26 80 34 8 42 353 709 110 0.077 1873 29 89 41 7 48 380 796 109 0.078 1872 29 83 39 9 48 394 759 108 0.079 1871 29 87 29 18 47 394 789 107 0.080 1870 28 92 34 13 47 392 843 106 0.081 1869 23 86 43 15 58 343 744 105 0.082 1868 24 93 48 15 63 356 830 104 0.083 1867 25 78 36 15 51 346 711 103 0.084 1866 25 75 45 15 60 379 644 102 0.085 1865 27 80 22 12 34 357 713 101 0.086 1864 23 72 35 9 44 338 625 100 0.087 1863 30 79 29 9 38 385 726 99 0.088 1862 28 79 29 13 42 374 716 98 0.089 1861 26 90 24 13 37 397 812 97 0.090 1860 21 77 34 11 45 304 684 96 0.091 1859 25 70 20 7 27 309 615 95 0.092 1858 25 78 33 7 40 333 693 94 0.093 1857 26 79 34 11 45 360 723 93 0.094 1856 25 87 31 12 43 358 784 92 0.095 1855 28 87 24 12 36 396 778 91 0.096 1854 32 86 22 9 31 407 802 90 0.097 1853 26 84 26 13 39 367 758 89 0.098 1852 36 92 12 9 21 454 838 88 0.099 1851 25 77 24 8 32 361 676 87 0.100 1850 32 86 25 8 33 425 779 86 0.101 1849 30 85 22 8 30 388 768 85 0.102 1848 33 85 16 7 23 419 768 84 0.103 1847 32 82 24 8 32 420 750 83 0.104 1846 29 95 29 10 39 372 842 82 0.105 1845 30 88 26 13 39 401 807 81 0.106 1844 29 97 42 16 58 432 846 80 0.107 1843 30 89 22 8 30 408 837 79 0.108 1842 32 84 17 7 24 389 776 78 0.109 1841 30 90 27 12 39 402 845 77 0.110 1840 28 87 18 4 22 380 813 76 0.111 1839 34 76 31 5 36 397 710 75 0.112 1838 37 84 15 5 20 449 789 74 0.113 1837 27 80 28 7 35 363 722 73 0.114 1836 37 72 11 9 20 410 648 72 0.115 1835 26 87 37 10 47 366 788 71 0.116 1834 29 87 34 11 45 370 797 70 0.117 1833 30 85 51 16 67 394 742 69 0.118 1832 29 93 46 14 60 376 852 68 0.119 1831 31 93 39 11 50 396 861 67 0.120 1830 25 82 65 19 84 367 701 66 0.121 1829 28 91 58 25 83 392 828 65 0.122 1828 33 88 52 21 73 446 792 64 0.123 1827 32 96 45 15 60 440 867 63 0.124 1826 33 90 55 17 72 435 803 62 0.125 1825 32 87 66 20 86 414 789 61 0.126 1824 33 87 43 20 63 430 798 60 0.127 1823 36 102 30 20 50 477 903 59 0.128 1822 34 89 30 17 47 436 780 58 0.129 1821 34 98 31 11 42 433 913 57 0.130 1820 35 95 35 17 52 461 859 56 0.131 1819 38 87 34 10 44 467 802 55 0.132 1818 37 95 20 10 30 476 884 54 0.133 1817 42 87 19 5 24 482 798 53 0.134 1816 41 93 24 8 32 498 876 52 0.135 1815 37 93 35 13 48 468 852 51 0.136 1814 41 93 24 13 37 517 853 50 0.137 1813 42 97 22 10 32 508 887 49 0.138 1812 35 85 37 10 47 440 771 48 0.139 1811 35 95 52 15 67 451 855 47 0.140 1810 37 89 48 12 60 444 812 46 0.141 1809 40 96 48 19 67 495 875 45 0.142 1808 36 101 33 12 45 455 931 44 0.143 1807 42 88 25 6 31 482 806 43 0.144 1806 36 92 39 15 54 468 805 42 0.145 1805 35 94 39 19 58 456 849 41 0.146 1804 37 87 39 12 51 475 791 40 0.147 1803 38 97 45 19 64 496 862 39 0.148 1802 34 94 33 11 44 441 853 38 0.149 1801 34 84 32 11 43 423 745 37 0.150 1800 32 87 36 15 51 439 790 36 0.151 1799 34 89 30 10 40 425 811 35 0.152 1798 31 87 48 13 61 426 766 34 0.153 1797 33 87 38 14 52 406 783 33 0.154 1796 29 89 37 12 49 400 794 32 0.155 1795 31 85 33 14 47 396 757 31 0.156 1794 32 82 44 13 57 403 740 30 0.157 1793 31 80 33 11 44 405 725 29 0.158 1792 34 81 24 11 35 407 727 28 0.159 1791 32 80 24 9 33 383 743 27 0.160 1790 36 77 24 11 35 422 709 26 0.161 1789 30 79 22 10 32 377 724 25 0.162 1788 30 79 32 7 39 388 704 24 0.163 1787 32 79 45 11 56 410 704 23 0.164 1786 27 74 56 19 75 374 667 22 0.165 1785 28 76 46 10 56 377 688 21 0.166 1784 29 73 50 16 66 357 676 20 0.167 1783 35 77 22 15 37 433 710 19 0.168 1782 34 82 22 8 30 427 751 18 0.169 1781 41 75 48 20 68 486 698 17 0.170 1780 43 74 47 22 69 523 680 16 0.171 1779 32 88 33 18 51 449 780 15 0.172 1778 37 82 38 11 49 432 732 14 0.173 1777 36 76 44 15 59 414 708 13 0.174 1776 33 82 33 16 49 438 751 12 0.175 1775 30 80 68 17 85 424 723 11 0.176 1774 36 80 55 18 73 433 735 10 0.177 1773 35 83 82 16 98 446 762 9 0.178 1772 35 84 84 29 113 411 752 8